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Non-toxicity, high photo stability, biocompatibility and long lasting narrow emissions are some prime factors for an efficient biological marker.
Room-temperature photoluminescence measurements are widely used to characterize semiconductor nanoparticles, which possess a broad range of absorption, narrow emissions with high quantum yields, and size-tunable emission wavelength.
The 1.53 μm broad and narrow emissions with high spontaneous emission probabilities and large emission cross-sections indicate that Er3+-doped LKBBT and LKBBG glasses are suitable materials in developing broadband optical amplifier and infrared laser, respectively.
Solid state light sources with dynamically tunable color temperature in the range of 3000 6000 K with chromaticity coordinates lying on the Planckian black body curve has been designed using mixtures of narrow emissions at 615 nm, 575 nm and 550 nm.
Because of the narrow emissions of QDs, simultaneous detection of both cocaine and adenosine was demonstrated.
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Furthermore, the narrow emission band indicates the formation of nanoparticles with narrow size distribution [34].
In addition, the all analyzed fine structures have narrow emission bands of less than 17 MHz.
The core synthesis was critical to obtain the final narrow emission peak QDs.
The resulting NPs exhibited high PLQY of 50 90% and narrow emission linewidths of 1242 nm.
In addition, all fine structures analyzed have narrow emission bands of less than 17 MHz.
In particular, QDs tend to have a broad absorption spectrum and a narrow emission spectrum.
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